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Packages that use Chunk | |
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org.springframework.batch.core.step.item | Specific implementations of step concerns for item-oriented approach. |
Uses of Chunk in org.springframework.batch.core.step.item |
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Methods in org.springframework.batch.core.step.item that return Chunk | |
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protected Chunk<O> |
FaultTolerantChunkProcessor.getAdjustedOutputs(Chunk<I> inputs,
Chunk<O> outputs)
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protected Chunk<O> |
SimpleChunkProcessor.getAdjustedOutputs(Chunk<I> inputs,
Chunk<O> outputs)
Extension point for subclasses that want to adjust the outputs based on additional saved data in the inputs. |
Chunk<T> |
ChunkProvider.provide(StepContribution contribution)
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Chunk<I> |
SimpleChunkProvider.provide(StepContribution contribution)
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protected Chunk<O> |
FaultTolerantChunkProcessor.transform(StepContribution contribution,
Chunk<I> inputs)
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protected Chunk<O> |
SimpleChunkProcessor.transform(StepContribution contribution,
Chunk<I> inputs)
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Methods in org.springframework.batch.core.step.item with parameters of type Chunk | |
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protected Chunk<O> |
FaultTolerantChunkProcessor.getAdjustedOutputs(Chunk<I> inputs,
Chunk<O> outputs)
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protected Chunk<O> |
FaultTolerantChunkProcessor.getAdjustedOutputs(Chunk<I> inputs,
Chunk<O> outputs)
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protected Chunk<O> |
SimpleChunkProcessor.getAdjustedOutputs(Chunk<I> inputs,
Chunk<O> outputs)
Extension point for subclasses that want to adjust the outputs based on additional saved data in the inputs. |
protected Chunk<O> |
SimpleChunkProcessor.getAdjustedOutputs(Chunk<I> inputs,
Chunk<O> outputs)
Extension point for subclasses that want to adjust the outputs based on additional saved data in the inputs. |
protected int |
FaultTolerantChunkProcessor.getFilterCount(Chunk<I> inputs,
Chunk<O> outputs)
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protected int |
FaultTolerantChunkProcessor.getFilterCount(Chunk<I> inputs,
Chunk<O> outputs)
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protected int |
SimpleChunkProcessor.getFilterCount(Chunk<I> inputs,
Chunk<O> outputs)
Extension point for subclasses to calculate the filter count. |
protected int |
SimpleChunkProcessor.getFilterCount(Chunk<I> inputs,
Chunk<O> outputs)
Extension point for subclasses to calculate the filter count. |
protected void |
FaultTolerantChunkProcessor.initializeUserData(Chunk<I> inputs)
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protected void |
SimpleChunkProcessor.initializeUserData(Chunk<I> inputs)
Extension point for subclasses to allow them to memorise the contents of the inputs, in case they are needed for accounting purposes later. |
protected boolean |
FaultTolerantChunkProcessor.isComplete(Chunk<I> inputs)
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protected boolean |
SimpleChunkProcessor.isComplete(Chunk<I> inputs)
Extension point for subclasses that want to store additional data in the inputs. |
void |
SimpleChunkProvider.postProcess(StepContribution contribution,
Chunk<I> chunk)
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void |
FaultTolerantChunkProvider.postProcess(StepContribution contribution,
Chunk<I> chunk)
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void |
ChunkProvider.postProcess(StepContribution contribution,
Chunk<T> chunk)
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void |
ChunkProcessor.process(StepContribution contribution,
Chunk<I> chunk)
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void |
SimpleChunkProcessor.process(StepContribution contribution,
Chunk<I> inputs)
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protected I |
SimpleChunkProvider.read(StepContribution contribution,
Chunk<I> chunk)
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protected I |
FaultTolerantChunkProvider.read(StepContribution contribution,
Chunk<I> chunk)
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protected Chunk<O> |
FaultTolerantChunkProcessor.transform(StepContribution contribution,
Chunk<I> inputs)
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protected Chunk<O> |
SimpleChunkProcessor.transform(StepContribution contribution,
Chunk<I> inputs)
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protected void |
FaultTolerantChunkProcessor.write(StepContribution contribution,
Chunk<I> inputs,
Chunk<O> outputs)
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protected void |
FaultTolerantChunkProcessor.write(StepContribution contribution,
Chunk<I> inputs,
Chunk<O> outputs)
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protected void |
SimpleChunkProcessor.write(StepContribution contribution,
Chunk<I> inputs,
Chunk<O> outputs)
Simple implementation delegates to the SimpleChunkProcessor.doWrite(List) method and
increments the write count in the contribution. |
protected void |
SimpleChunkProcessor.write(StepContribution contribution,
Chunk<I> inputs,
Chunk<O> outputs)
Simple implementation delegates to the SimpleChunkProcessor.doWrite(List) method and
increments the write count in the contribution. |
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